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Characterization of Viability of Seeds by Using Dynamic Speckles and Difference Histograms

机译:使用动态斑点和差异直方图来表征种子的活力

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We propose the use of Difference Histogram method for classification of soya seed speckle images. The time history speckle patterns (THSP), obtained from the dynamic speckle patterns of the seeds were processed for texture classification based on seed vigor and viability. In this work, bean seeds were analyzed with different humidity levels, ie. at 15, 25, 35 and 45 minutes since the sample was taken out from the humid germination paper and submitted to the imaging process, with the aim of determining the influence of this temporal parameter in the classification result (dead or alive). The whole set of seeds was previously analyzed and classified in viable (alive) or not viable (dead) by experts in the matter by applying a traditional method. According to the obtained results the proposed method revealed to be appropriate for the task of classification of seeds. In the case of the highest humidity level the disagreement between our method and the conventional one was the greatest. It should be said that in this case the analyzed images were noisier.
机译:我们提出了使用差异直方图方法来分类大豆种子斑点图像。从种子的动态散斑图案获得的时间历史斑点图案(THSP)以基于种子活力和活力来处理从种子的动态散斑图案。在这项工作中,用不同的湿度水平分析豆子种子,即。在15,25,35和45分钟,由于样品从潮湿的萌发纸中取出并提交到成像过程,目的是确定该时间参数在分类结果(死亡或活力)中的影响。通过应用传统方法,先前通过在此处的专家分析并分类为可行(活着)或不可行(死亡)的整个种子。根据所获得的结果,所提出的方法显示适合种子分类的任务。在最高湿度水平的情况下,我们的方法与传统的含义最大。应该说在这种情况下,分析的图像是嘈杂的。

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